Photographic film magazine and feeding means, particularly for photorecording cameras



E. s. HINELINE 2,284,487 PHOTOGRAPHIC FILM MAGAZINE AND FEEDING MEANS, PARTICULARLY FOR PHOTORECORDING' CAMERAS Original Filed April 10, 1940 4 Sheets-Sheet 1 May 26, 1942.

May 25 1942* E. s. HINELINE 2,284,487

PHOTGRAPHIC FILM MAGAZINE AND FEEDING MEANS PARTICULARLY FORI PHOTORECORDING CAMERAS original Filed April 1o, 1940 4 sheets-sheet 2v w? by E. s. HxNELlNE 2,284,487 PHOITOGRAPHIC FILM MAGAZINE AND FEEDING MEANS, PARTICULARLY May 26, 1942.

FORhPHOTORECORDING CAMERAS Original Filed April 10, 1940 4 Sheets-Sheet 3 6 9a .319? Q @Hwa May 26, 1942. E, s, HlNELlNE 2,284,487

PHGTOGRAPHIC FILM MAGAZINE AND FEEDING MEANS, PARTICULARLY FOR APHOTORECORDING CAMERAS Original Filed April lO, 1940 4 Sheets-Sheet 4 Patented May 2e, 1942 rno'rocmrmc FILM MAGAZINE AND FEEDING MEANS, PARTICULARLY FOR PHOTOBECORDING CAMERAS Edson S. Hineline, Rochester, N. Y., assigner to The Folmer Grailex Corporation, Rochester, N. Y., a corporation of Delaware Original application April 10, 1940, Serial No. 328,868. Divided and this application May 8. 1941, Serial No. 392,464

-17 Claims.

This application is a division of my co-pending application Ser. No. 328,868, iiled April l0, 1940. This invention relates to photographic iilm magazines and to feeding means for said iilm,

being particularly applicable for but not limitedto photorecording cameras.

In order that the principle oi the invention may be readily understood, I have disclosed a single embodiment thereof in the accompanying drawings showing one application or use ot my invention, and wherein Fig. 1 is a partial longitudinal section through the camera, showing the take-off and take-up magazines in place, the-take-up mechanism being shown in dotted lines, and the shutter release lever being shown as moved all the way down, the hood-like part being omitted;

Fig. 2 is a view similar to Fig. 1, but showing the shutter release lever as having been released, thus advancing iilm, the c-amera being at rest;

Fig. 3 is a transverse section through the mag-1 azine housing, showing the position of thev takeoi magazine and the take-up magazine, the latter being shown in section;

Fig. 4 is a plan view of the film-feed bar; Fig. 5 is a sectional detail of the take-up spool friction drive;

Fig. 6 is a detail in part section upon a larger scale, of 'the shutter advancing means, the iilm being shown as having been pulled all the way down;

Fig. 7 is a detail in plan of the film strip, showing the relative size of the exposure area in relation to the iilm perforations;

Fig. 8 is a view similar to Fig. 6, but wherein the iilmadvancing means has been caused to travel all the Way to Vthe top so as to engage the nlm strip on the next downward movement;

Fig. 9 is a partial vertical section through the camera, showing the illm guide plate and the pressure pad, the nlm strip being in place; and

Fig. 10 is a front elevation of the camera'having the shutter plate removed, and showing the iilm advancing bar and the exposure aperture.

This invention, while not limited thereto, will be described with partial reference to cameras for photo-recording different objects, such as electric meters, gas meters, labels or packages, and any other object having dimensions that correspond with or may be received within the opening or rim of the camera nose or of the hood-like part (not shown) that surrounds the lens case thereof and carries the illumination means and certain other parts.

In Patent No. 1,963,095 issued June i9, 1934,

and in Patent No. 2,034,441 issued March 17, 1936, to myself and William H. Petit as joint inventors, there is disclosed an automatic nlm camera or so-called Factograph camera which is motor driven and is particularly constructed for making successive exposures with great rapidity one after another of objects closely positioned with respect to each other, as, for example, the readings of meters in telephone exchanges. The camera shown in said patents is particularly adapted to be operated by an external electrical current to which the camera might readily be plugged, in a'manner fully described in said patents, the camera containing a motor electrically driven from said externally derived provide improved means for advancing the iilml automatically after each exposure is made. Another object is to provide such type of camera with a film container readily insertable into and readily removable from the camera so that daylight ioading can readily be accomplished, or from which iilm container any amount oi iilm can be removed while the container is in the camera and without disturbing the iilmsupply. Another object is to provide means adaptable forv conjointly operating the iilm feed means or bar and the shutter operating means.

The entire camera casing is not herein shown.`

It may, as more fully disclosed in my said parent application Ser. No. 328,868 be a camera casing which is, in part, of an approximately elliptical disk-like form with a large rectangular hoodlike part protruding from an edge thereof, but not herein shown, said protruding hood-like part being received upon a rectangular rim projecting from and integral with one member of the magazine-receiving part of the casing, and to which rim the said hood-like part is connected. The said elliptical portion of the structure is of suiiicient thickness between the walls of the two parts thereof, to receive the magazine containlng the unexposed iilm and the magazine to receive the exposed portion of the iilm therefrom, suicient space being aiiorded in advance oi' said two magazines Within said rim to receive the iilmoperating means and the shutter and its operating means. For that purpose the housing of the magazine portion of the camera is composedof a ilat member I, best shown in Fig, 3, constituting the-magazine door or cover, and a mating receptacle-part 2 receiving both the magazines and from an edge of which part 2 integrally promeans for supporting the take-off magazine and 1 the take-up magazine for the film, which is preferably, though not necessarily, a. standard perforated film without a leading or a trailer end. My invention is not, however, limited to the use of such film.

'Ihe camera is provided with a shutter plate 56 which is secured fixedly in position within and to the'mechanism housing part 3 of the camera casing, as indicated in Figs. 1 and 2. The said shutter plate 55 has attached thereto the lens fiange 51 by means of screw 58, 58. Into the lens flange 51 is screwed or otherwise secured a lens 59. The said shutter plate 56 is provided with a narrow vertical slot (not herein shown, since said shutter plate is omitted from Fig. 10) to permit the vertical operating movement of the operating pin, desirably operated by movement of the hand-actuated lever above referred to but not shown. The said shutter plate 55 is also provided with a suitable number of holes to receive screws 62 for attaching the said shutter plate 56 within the mechanism-housing part 3 of the framing or housing.

.It has been stated that the magazine-receiving portion of the camera is of the general shape ofvan elliptical disk of suflicient thickness to receive the film take-off and take-up magazine. 'This shapevand construction best appear from Flgs..1 and 2, from which it will be observed that forward of the two magazines and integral with the part 2 thereof is the part of'the camera casing which I term the mechanism-housing and which is indicated at 3k in Figs. 1 and 2. Within the same is supported the film-operating means and protruding through the front thereof is the lens 59 already referred to. From the said Figs.

' 1 and 2 the hood-like part of the structure has been omitted or removed.

'Ihe said shutter plate 56 is attached to the magazine-housing 3 by means of screws 62, 62 passing through holes, which screws are threaded into the bosses 82a, 52a. The relative positions of the take-of! or feed magazine and the take-up magazine are clearly evident from Figs. 1 and 2. The take-off or feed magazine is indicated at 53 and the take-up magazine at 54. The receptacle Dart 2 of the said magazine structure I, 2 is provided with the pin 65, best shown in Fig. 3 and on which is mounted the feed magazine 53, which is provided with a dowel 55 engaging Va boss 51, shown best in dotted lines in Figs. 1 and 2. The said take-up magazine 64 is mounted on the pin 61a which is attached to the receptacle part 2. The said take-up. magazine 64 is held in position by means of a dowel 68 engaging aboss 59, shown in dotted lines in Figs. 1 and 2 andin full lines in Fig. 3. Attached to the receptacle part 2 and located between the said magpresser plate bar 10 is secured to the said receptacle part 2 by means of shoulder screws 1|, 1|. The said bar 10 is provided with slots 12, 12.

Referring again to Fig. 3, the take-off magazine and the take-up magazine 63, 54 are shown as `supported upon the pins, bosses and dowels already referred to, and the sensitized film `(a portion of which is shown separately in Fig. 'I at 13) is represented in Fig. 3 as being fed through a suitable light trap 14 of the magazine 54. Both of the said magazines 63 and 64 are represented in Fig. 3 as each made up of two sets of concentric cups 15, 15 and 16, 16, between which is received the cylindrical wall or body 11. The said cupshaped members receive the edges of the wall member 11 between them and the members of the respective pairs of cups are held together by rivets 11a, 11a and bearing bushings 18,18.

Each of said magazines is also provided with a film-spool carrier 19 having a squared base 80 to engage a squared opening in the standard film spool 8| that receives the lm 13. -Each filmspool .carrier 19 is provided with a collar 82, shown in Fig. 5, which is integral with the carrier 19. The said collar 82 also serves to align the film spool 8l correctly with relation tothe other parts. Said collar also serves to prevent the film spool carrier 19 from passing through a hole in the magazine collar consisting in the present instance of the cup-shaped members 15, 1'6. The said film-spool carrier 19 has a reduced diameter 83, shown in Fig. 3, for passing through a hole in the magazine cover. A washer 84 is also fitted over the said reduced diameter 83,and provides means for holding the film carrier 19 to the magazine cover. The said lm carrying member 19 has a further reduced diameter 85, over I which rides a film take-up ratchet plate 86,

azines 53 and 54 is a presser plate bar 10, best shown in Figs. 1 and 2 and also shown in part upon a larger scale in Figs. 6 and 8. 'Ihe said 75 vshown in section in Fig. 5, anda ratchet tension 4 spring 81. The said ratchet and sprhig areheld in 'place by a thrust washer 88 staked to the film carrier 19, all as clearly shown in Fig/5. The film carrier 19 in the take-ofi` magazine 63 is 'not' provided with means for a take-up action, but is merely turned upon its stud 55.

The sai-d magazines 53 and 54 are held in place on their studs 55 and 51 by means of pro- Jections 89 integral with the member of the magazine-receiving portion of the housing.

As most clearly shown in Figs. 1, 2 and 3, theV said presser plate bar 10 istensioned by means of a shoulder stud 90 thereon which is engaged by a spring 9| coiled about .a shoulder stud 92 and held under tension by means of a second shoulder stud 93.

I will next refer to the means for feeding the film and which is desirably but not necessarily so associated in operation'with the operation of the shutter and the furnishing of illumination that all parts of the camera function in unison and are intimately related in operation. For that purpose, I will first refer to Figs. 4, 6, 8 and 9. Therein, a film-feed bar is indicated generally at 95, it having an operating stud 96 extending from a turned-down lip 96a. The said bar 95 is also provided with a spring stud 91 riveted thereto .and with two lengthwise extending slots 98, 99,

to move in such av direction as to engage feeding openings in the film strip 13, and the spring finger |08 tends to cause the film dog |03 to move in engagement withnotches in said strip.

The said film-feed bar 85 is mounted in the.

said mechanism-housing part 3 on studs |09, H0

(not shown) by means of shoulder screws |H, III, best shown in Figs. 6, 8, 9 and 10. The said shoulder screws Hi, H I, also hold a film-guide plate H3 and an aperture plate H3 in position upon the mechanism-housing part 3. The said guide plate and aperture plate are also held in piace by means of screws H4, H4, best shown in Fig. l0.

.Inasmuch as the film-feed bar 95 is Provided with the lengthwise slots 88, 33 and rides on the shoulder screws IH, IH, it is free to receive a lengthwise movement within the limits of the said slots 98, 89. This movement is a vertical one, viewing Figs. 4 and 10, where the relative position of the said bar 85 with respect to aperture plate H3 best appears. 1

As the bar 95 moves lengthwise, or upward viewing Figs. 4, 6 and 8, lt carries with it the film advancing dogs |03, |04 to the position shown in Fig. 8, and as said bar 95 is moved downward viewing Figs. 4, 6 and 8, the dog |03 will engage one of the film-strip perforations I5, best shown in Fig. 7.* Inasmuch as the said slots 98, 99 in the feed bar 95 are of sufficient length to allow the film-feed dog |03 to travel to an extent slightly greater than 11/2 spaces of perforations H5, H5, the said film strip 13 will be moved 11/2 spaces, thus providing a frame equal to ll/2 spaces of film perforations H5, H5.

On the next cycle of movement of the bar'95, the film-feed dog |04 will engage one of the film perforations l5 and on the downward movement of the bar 85, viewing Figs. 4 and 10, the film 13 will be caused to move a distance equal to 11/2 times the spacing of film perforations H5, H5.

I have by the foregoing construction provided means whereby I may use a standard perforated film such as indicated at 13, and yet may obtain a spacing which will yield or provide for a picture 11/2 times greater than if the standard spacing or feeding were used.

Referring further to Fig. 6, as the film-feed bar 95 is moved upward, the dog |04 will be moved out of engagement with a perforation H5 on the film 13 against the pressure of the spring finger |01 and will slide along the face of the film strip 13. The dog |04 will pass a perforation H5 and the dog |03 will pass two perforations until it reaches the position shown in Fig. `8. The pur- 'pose of this slight over-travel is to provide means for always engaging one of the perforations H5 of the film without it being necessary to have a very close adjustment with respect to the movement of the film-feed bar 85. As the said bar is moved downward viewing Figs. 4, 6 and 8, the film-advancing dog |03 will be pushed forward under the influence of the spring finger |08, and

when the said dog |03 reaches a perforation H5, it will drop into that perforation and will cause the film 13 to move downward viewing Fig. 7, as already described. As this action takes place, the said film 13 is pulled from Y.the take-ofi magazine 83 past the aperture openir'ig H8 (Fig. 10) and is fed into the take-up magazine 64. In order to maintain the proper position of the film strip 13,

the said film guide plate -I l2 is provided, the lm passing through said guide plate on its downward movement, viewing Figs. 6, 7 and 8.

In order to hold the film 13 in accurate alignment with the nlm-guide plate H2, there is provided, as best shown in Figs. 6 and 8, a presser shoe or plate H1 secured to the film presserplate bar 10 by a shoulder rivet H8. Between the said presser shoe H1 and the presser bar 10 is positioned a resilient member H9 of rubber or suitable composition. Thus the said shoe H1 is allowed in effect to float and to seek a proper level or position against'the fllm'13, thereby hold- `ing said film in perfectcontact with the filmguide p1ate'H2. The said presser-plate bar 10 is provided with an upturned end |20 to which the presser shoe H1 is, as already stated, attached by means of said shoulder rivet H8. The opposite end of the film presser-plate bar 10 is provided with a second upturned end |2|, shown in Figs. 1 and 2, so that the operator may move the film presser-plate bar 10 and the film pressershoe or plate H1 away from the film guide for purposes of loading. The film presser-plate vbar 10 is then returned to its proper position by spring 8|, shown in Figs. 1 and 2, as already stated. Inasmuch as the film 13 ls fed downward, viewing Figs. 6, 7 and 8, by the dogs |03, |04, shown in Figs. 6 and 8, and is fed into the take-up magazine 64 through the light trap 14, the said film 13 will be taken up on the lm spool 8| which is caused to turn to a slight extent for each cycle of movement of the film-feed bar 95.

Referring again to Figs. 1 and 2, it will be noted that the ratchet plate 86. shown also in Fig. 5, is engaged by a pawl |22 attached to a bell crank lever |23 havingan arm |24 pivoted on a shoulder rivet |25. The said pawl |22 is caused to move in a clockwise direction under the influence of a coiled spring |26. A second o1' holding pawl |21 is mounted on a shoulder rivet |28 and is caused to turn in a clockwise direction under the influence of a spring |29. This structure prevents the ratchet plate 86 from turning in a contraclockwise direction.

The said lever arm |24 extends through the slot |0| of the film-feed bar 85 as already indicated. The said arm |24 is caused to move with the upward movement of the film-feed bar 95 viewing Fig. 4, sufficiently far to engage the radial edge of a tooth of the ratchet plate 86. Thus, for each cycle of movement of the filmfeed clogs |03 and |04, the said ratchet plate 86 is advanced one tooth.

Inasmuclr as the take-up lm spool 8| will build up or increase in diameter as more film is wound thereon, means must be provided to compensate for the difference between the length of film that would be wound up and the amount of filtri that is actually fed by the film dogs |03, |04. To compensate for this situation, the ratchet plate is mounted on the take-up member 83, best 'shown in Fig. 3, under the said spring tension 81, thus allowing the said ratchet plate 88 to slip when the tension on the spool 8i reaches a certain definite point. Thus, while the ratchet plate 88 will always travel a distance of one tooth, the film spool will turn only far enough actually to take up the film that has been fed to it, thus providing a very simpley take-upv means.

The said film-feed bar is caused to be moved in an upward direction, viewing Figs. 4, 6, 8 and |0, by the operator when he manually manipulates the shutter release and film-feeding lever 'ther referred to for the purposes of this application, and the said film-feedbar S5 is caused to move in a downward direction viewing Figs. 4, 6, 8 and 10'by a spring |30, best shown in Fig. 10 as passing around a shoulder rivet |3| and as held under tension by a shoulder rivet |32 engaging the end portion of the said spring.

I will only briefly refer to the shutter mechanism. For operating the same there is provided a lever arm |33, shown in section in Figs. l and 2, which is attached to the shutter plate 56 by a shoulder rivet (not shown). through means not necessary herein fully to reier to, operated by the shutter release and filmfeeding lever previously referred to as provided for manipulation by the operator, and any motion of said shutter release and film-feeding lever is transmitted to said lever arm |33. Preferably said lever arm |33 has directly connected thereto a sliding plate to which is attached the operating pin previouslyf referred-to as extending through' a narrow vertical slot in the shutter plate 56.

To the said arm |33 is attached a pivoted levermember |33 by means of a shoulder rivet |40. The lever member |39 is guided on the shutter plate 56 by meansv of a shoulder rivet |4| and is suitably spaced therefrom by a spacing washer |42.

upturned lip r prong |44 near the extreme left hand end thereof, as shown in Figs. 1 and 2. The said prong |44 engages thepin 36 oi' the lmfeed bar 95, shown in Fig. 4, and also indicated in Figs. 1 and 2. Thus, any movement imparted by the pin hereinbefore referred to by movement of the shutter-operating and film-feeding lever referred to is transmitted tothe feed-operating bar 95 and causes nlm to be fed. y

The said shutter plate 30 is provided with a Riding upon a shoulder screw threaded on the said boss are shutter leaves or blades |53, |54.

To operate the camera the film magazine 63 (best shown in Fig. 3) is placed in the camera and the film is threaded through lm gate 2 end then led intothe take-up magazine 64. The cover member is replaced on the receptacle part 2 (it having been removed from the introduction of the nlm and the threading up thereof), and the shutter-operating and film-feeding lever-is worked back and forth by the operator about four or iive times, so that an vunexposed area of Said lever |33 is,`

The said lever` member |39 is provided with an I issued to myself and William H. Petit. Moreover, standard iilm is preferably used in the camera, and the camera can be very quickly loaded and unloaded in daylight.

Having thus described one illustrative embodiment of the invention, it is to be understood that although specific terms are employed, they are use'd in a generic and descriptive sense and not for purposes of limitation, the scope of the invention being set forth in the following claims.

I claim:

1. In and constituting members of a complete photo-recording camera, readily carried and l lindrical take-off magazine, and the cylindrical lens and shutter, and manually-operable filmsupporting and manipulating means including film feeding means between the said bottom wall and said plate, and also including a film feeding l boss |5|, most clearly shown in Figs. land 2'.

film strip is certainly before the exposure apery ture.

It is now merely necessary for the operator to hold the camera in such a position that the hoodlike part if used (or, if not, the edge of the rim 4) encircles the object vto be photographed, such.

as a meter, a bank of meters, a register or the like. Then the shutter-operating and film-feeding lever is moved bythe operator by its knob until the second shutter click is heard and thereupon the operator releases his hold upon the said shutter-operating and film-feeding lever, which is automatically returned to its starting position in a manner previously described, and this return movement at the same time advances a new member movable to and fro within said mechanism-housing, and adapted to receive means accessible to the operator and connected with said nlm-feeding member for joperating the latter, iilmwinding means for winding exposed film within said film take-up magazine roll, and operating `connections between said film-feeding member and said film-winding means. i

2. A combination according to claim 1, but in which said film-manipulating means includes a film feed bar mounted'within said mechanismhousing for to and fro movement, and operating connections from said bar to wind exposed iilm in said take-up magazine` 3. In and constituting members of a complete photo-recording camera, readily carried and manually manipulated by the operator for photographing records and the like, about which the protruding rim of the camera casing encircling the lens and shutter, maybe placed to make the exposure. and which complete camera includes a flat camera casing body of approximately elliptical disk-like form to receive ilatwise the'cylindrical take-off magazine, and the cylindrical take-up magazine for the film, and a casing cover overlying said magazines; a mechanism housing constituting an integral part of the said casing body and itself having a bottoni wall from which the said encircling rim projects so as to provide a free edge to be placed about the object to be photographed, a plate secured with said rim in parallelism with said bottom wall and spaced therefrom, and which plate is adapted tocarry a lens and shutter, and manually-operable hlinsupporting and manipulating means including fllm'feeding means between the said bottom wall and said plate, and also including a film-feed bar mounted within said mechanism-housing for to and fro movement, pawl means carried by said feed bar'and positionedl to engage perforations in the nlm to feed the same, said film-feed bar being adapted to be connected to means under the control of the operator for imparting tilinfeeding movement to said feed bar.

4,. In and constituting members of a complete photo-recording camera, readily carried and 'manually manipulated by the operator for photographing records and the like, about which the protruding rim oi the camera casing encircling thelens and shutter, may be placed to make the exposure, and which complete camera includes a flat camera casing body of approximately elliptical disk-like form to receive atwise the cylindrical take-oil magazine, and the cylindrical take-up magazine for the nlm, and acasing cover overlying said magazines; a mechanism housing constituting an integral part of the said casing body and itself having a bottom wall from which the said encircling rim projects so as to provide a free edge to be placed about theobject to be photographed, a plate secured with said rim in parallelism with said bottom wall and spaced therefrom, and which plate is adapted to carry a lens and shutter, and manually-operable Illmsupporting and manipulating means including film feeding means between the said bottom wall and said plate, and also including a nlm-feed bar mounted withinsaid mechanism-housing for to and iro movement, pawl means carried by said feed bar and positioned to engage perforations in f the iilm to leed the same, said nlm-feed bar being adapted to be connected to means under the control of the operator for imparting film-feeding movement to said feed bar, said film take-oil. and :Film taire-up magazines being constructed arranged to receive standardv perforated illm, and said pawi means being operable to feed said film at each feeding movement for a distance in excess ci a single spacing of perforations, thereby producing an accordingly larger framef ln and constituting members oi a complete photo-recording camera, readily carried and manually manipulated by the operator'for photograpinngrecords and the like, about which the protruding rim or the camera casing encircling the lens shutter, may be placed to make the exposure nd which complete camera includes a nat can easing-body of approximately elliptical dist rire form to receive flatwise the cylindrieal. taire-ofi magazine, and the cylindrical taire-up magazine for the lm, and a casing cover voverlying said magazines; a. mechanism housing Vconstituting an integral part of the said casing body and itself having a bottom wall from which the said encircling rim projects so as to provide a free edge to he placed about the object to be photographed, a plate secured with said rim in parallelism with said bottom wall and spaced therefrom, which plate is adapted to carry a lens and shutter, and manually-operable nlm-supporting and manipulating means including film feeding means between the said bottom wall and said plate, and also including a hlm-feed bar mounted within said mechanism-housing for to and fro movement, pawl means carried by said feed bar and positioned to engage perforations in the film to feed the same, and.lm-presser means supported at the opposite face of said feeding film from said pawl means.

6. n and constituting members of a complete photo-recording camera, readily carried and manually manipulated by the operator for photographing records and the like, about which the protruding rim of the camera casing encircling the lens and shutter, may be placed to make the exposure, and which complete camera includes a flat camera casing body of approximately elliptical dislr-like form to receive ilatwise the cylindrical taire-ofi magazlna-v and the cylindrical take-up magazine for the film, and a casing cover overlying said magazines; a mechanism housing constituting an integral part of the said casing body and itself having a. bottom wall from which the said encircling rim projects so as to provide a free edge to be placed about the object to be photographed, a plate secured with said rim in parallelism with said bottom wall and spaced therefrom, and which plate is adapted to carry a lens and shutter, and manually-operable film-supporting and manipulating means including film feeding means between the said bottom wall and said plate, and also including e, film-feed bar mounted within said mechanism-housing for to and fro movement, pawl means carried by said feed bar and positioned to engage perforations `in the nlm to feed the same, film-presser means supported at the opposite face of said feeding film from said pawl means, and means for yieldingly forcing said presser means against the face of the film,

7. ln and constituting members of a complete photo-recording camera, readily carried and manually manipulated by the operator for photographing records and the like, about which the protruding rim of the camera casing encircling the lens and shutter, may be placed to make the exposure, and which complete camera includes a ilat camera casing body of approximately elliptical disk-like form to receive ilatwise the cylindrical taire-oir magazine, and the cylindrical take-up magazine for the nlm, and a casing cover overlying said magazines; ai mechanism, housing constituting an integral partei the said casing body and itself having a bottom wall from which the said encircling rim projects so as to provide a free edge to be placed about the object to be photographed, a plate secured with said rim in parallelism with said bottom wall and spaced therefrom, and which plate is adapted to carry a iens and shutter, and manually-operable ilimsupporting and manipulating means including feeding means between the said bottom wall and said plate, said casing body having two pinlike formations laterally extending inward there- .from for supporting respectively said two cylindrical magazines; said structure also having means to engage the outer faces of said two magazines to retain them in position in said body portion; said magazines each having a film spool carrier to engage a lrn spool.

8. A combination according to claim t', but in which each of the said film spool carriers has a polygonally shaped base to engage a'correspondingly shaped opening in the lm spool.

9. A combination according to claim`7, but in which the film spool carriers 'IS are provided with collars 82 for aligning the positioned film spools.

l0. A combination according to clair'n. '7, butin which the film spool carriers i9 are provided with collars 82, and with adjacent reduced diameter portions 83, washers 84 received on said reduced diameter portions, the carrier 19 for the take-up magazine also having a ratchet plate.

ll. A combination according to claim '7, but in which the illm spool carriers 19 are provided with collars 82,'andwith adjacent reduced diameter portions 83, washers 84 received on said reduced diameter portions, the carrier 'i9 for the take-up magazine also having a ratchet plate, and spring and washer means on said carrier 19 outside of said ratchet plate.

12. A combination according to claim 7, butin assess? which the said body portion has secured thereto f a presser plate bar between said twoy magazines. 13. A combination according to claim '1, but in which the said body portion has secured thereto A a presser plate bar between said two magazines.

16 .A combination according to claim 1, butin which the said body portion has secured thereto a presser plate bar between said two magazines. and a presser shoe is secured to the presser plate bar.

17. A combination according to claim 7, but inwhich the said body portion has secured thereto a presser plate bar between said two magazines,- and-a presser shoe is secured to the presser plate bar, and a resilient member oi.' rubber-like composition ia positioned between said presser shoe and the said presser bar. thereby permitting said shoe to senega proper position against the reeding iilm. EDSON S. HINELINE. 

